High Frequency 40Khz Ultrasound Sonochemical Protein Cell Fragmentation Extraction

High Frequency 40Khz Ultrasound Sonochemical Protein Cell Fragmentation Extraction

Description: 

In modern laboratories, ultrasonic sonochemical equipment is used to destroy cell walls to extract cell contents, such as proteins, without damaging them. A portion of the energy introduced into the cell suspension is converted into heat through friction. In order to avoid thermal damage to the cell contents, the sample is either subjected to intermittent ultrasonic treatment periodically or cooled in a cooling container during ultrasonic treatment. Because the ultrasonic energy forces the sample to cycle repeatedly below the probe and throughout the entire side arm, it is possible to perform uniform ultrasonic treatment on microorganisms. Simultaneously placed in an ice bath, due to the expansion of the glass surface, it can effectively cool the cell contents.
The destruction of cell membranes largely depends on the elasticity of the cells. Cellular components, such as mitochondria or cytoplasm, can be partially disrupted by altering input ultrasound energy and extraction power. For particularly resistant bacteria (such as streptococci), fungi, spores, yeast, or tissue samples, direct destruction can be achieved through micro tips with very high ultrasound amplitudes, as micro tips can input a very large amount of energy into the smallest sample size.

Parameters:

Appication in Biochemistry and Medicine:

1. Destruction of organizational culture

Subcellular components and viruses are destroyed without any damage.

2. Parent child identification

Quickly extract matrix free hemolytic substances from the EDTA blood of the assumed father for parent-child identification (reducing preparation time by approximately 30 minutes).

3. Urology

Biochemical membrane analysis of sperm components.

4. Genetic research

Extract DNA from human body materials.

5. Lipid preparation

The use of ultrasound (20 kHz) to decompose MLV (multilayer liposomes) is the main method for producing SLV (monolayer liposomes).

6. Treatment of smallpox vaccine

Prepare a uniformly distributed infection solution.

High Frequency 40Khz Ultrasound Sonochemical Protein Cell Fragmentation Extraction